<p>GO slim GOA analysis of the three ontologies are represented separately: (<b>A</b>) Molecular Functions (MF); (<b>B</b>) Biological Process (BP); and (<b>C</b>) Cellular Components (CC). Each GO term from a GOslim subset is represented on the x-axis, and gene content in percentage related to each gene signature is compared on the y-axis. The asterisk marks the over-represented significant terms (GOSlim GOA adjusted-p-value <0.05) in gene signatures after Fisher exact test genome comparison.</p
GO term analysis was performed using PANTHER functional classification. A. Organelle GO terms distri...
<p>The top 10 represented GO terms for each of the GO categories: Biological Process, Molecular Func...
Functional similarity of gene products can be estimated by controlled bio-logical vocabularies, such...
<p>GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...
<p>The differentially expressed genes were assigned into three groups, including biological process,...
<p>Gene ontology was performed using the Database for Annotation, Visualization and Integrated Disco...
<p>Pie diagrams of the percentage distribution of sequences among the three principal GO categories ...
<p>Comparison of Gene Ontology (GO) in terms of (A) biological process, (B) cellular components, and...
The Gene Ontology (GO) resource can be used as a powerful tool to uncover the properties shared amon...
<p>The figure represents the pie chart view of the GO analysis performed by Genespring GX 10.0.2. Th...
Proportion of Gene Ontology (GO) terms per evaluation category with a precision/recall performance p...
<p>Horizontal axis in the top displays the percentage of significant genes in each column, while axi...
<p>The functions of genes identified cover three main categories: biological processes, cellular com...
<p>Gene Ontology (GO) analysis of transcriptome associated with oyster of early development. (The pe...
<p>(A) Highly enriched biological processes were determined by using FatiGO. All GO annotations rela...
GO term analysis was performed using PANTHER functional classification. A. Organelle GO terms distri...
<p>The top 10 represented GO terms for each of the GO categories: Biological Process, Molecular Func...
Functional similarity of gene products can be estimated by controlled bio-logical vocabularies, such...
<p>GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...
<p>The differentially expressed genes were assigned into three groups, including biological process,...
<p>Gene ontology was performed using the Database for Annotation, Visualization and Integrated Disco...
<p>Pie diagrams of the percentage distribution of sequences among the three principal GO categories ...
<p>Comparison of Gene Ontology (GO) in terms of (A) biological process, (B) cellular components, and...
The Gene Ontology (GO) resource can be used as a powerful tool to uncover the properties shared amon...
<p>The figure represents the pie chart view of the GO analysis performed by Genespring GX 10.0.2. Th...
Proportion of Gene Ontology (GO) terms per evaluation category with a precision/recall performance p...
<p>Horizontal axis in the top displays the percentage of significant genes in each column, while axi...
<p>The functions of genes identified cover three main categories: biological processes, cellular com...
<p>Gene Ontology (GO) analysis of transcriptome associated with oyster of early development. (The pe...
<p>(A) Highly enriched biological processes were determined by using FatiGO. All GO annotations rela...
GO term analysis was performed using PANTHER functional classification. A. Organelle GO terms distri...
<p>The top 10 represented GO terms for each of the GO categories: Biological Process, Molecular Func...
Functional similarity of gene products can be estimated by controlled bio-logical vocabularies, such...